Artificial Intelligence and Sustainable Agriculture for Solanaceae Crops

Preface. 1. Role of Solanaceous Crops in Global Food Security. 2. Nutritional Value and Health Benefits of Solanaceous Crops. 3. Effect of Rhizospheric Population on Disease Resistance in Solanaceae Crops. 4. Harnessing Deep Learning for Disease Detection and Classification in Solanaceae Crops: A Comprehensive Review and Future Outlook. 5. Cutting-Edge Techniques Highlighted for Disease Detection and Classification in Solanaceae Crops. 6. A Comprehensive Review on Application of Artificial Intelligence for Sustainable Potato Farming and Future Scope. 7. Artificial Intelligence in Agriculture: Exploring Trends, Challenges, and Future Directions. 8. AI-Driven Automation in Solanaceae Farming for Disease and Pest Management. 9. Demystifying the Role of Deep Learning Models for Disease Detection and Classification in Solanaceae Crops. 10. Cutting Edge Techniques for Disease Detection in Solanaceous Crops. 11. Artificial Intelligence for Precision Cultivation of Solanaceae Crops: Enhancing Yield and Resource Efficiency. 12. An Integrated Framework for Automatic Irrigation for Solanaceae Crops using Feedback Learning with Multimodal Optimizations. Index.

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• Ciência agrícola
• Engenharia electrotécnica
• Produção de Agronomia e cultura
• A agricultura sustentável
• Inteligência artificial
• Engenharia do controlo automático

Sustainable Agriculture;Artificial Intelligence;Machine Learning